A Novel Architecture for Matching the Data Protected With an Error-Correcting Code (ECC)
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Abstract
In this paper we presented a novel architecture for matching the data protected with an Error-Correcting Code (ECC) which proposed to reduce latency and complexity where Data comparison is widely used in computing system to perform so many operations. Where incoming information is needs to be compared with a piece of stored data to locate the matching entry. If both incoming bits and stored bits are matching means there is no error if mismatched means some type of error will occur like random error or burst error. To detect and correct the error here error correcting codes are used. To further reduce the latency and complexity, in addition, a new butterfly-formed weight accumulator (BWA) is proposed for the efficient computation of the Hamming distance and also demonstrates LDPC coding and decoding for Error Correcting Codes further more examines whether the incoming data matches the stored data if a certain number of burst errors are corrected.
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